Sino-Inst has designed and manufactured flow meters for many years, and we specify flow measurement for customers across most process industries. Before choosing a meter, pin down the details that actually decide it: the medium, the pipe size and the piping around it, the flow range, temperature and pressure, how and where it mounts, the output signal, the accuracy you need, and your budget.
These guides cover the main flow meter types: how each technology works, where it suits the job, and where its limits are. They run across electromagnetic, ultrasonic, vortex, turbine, Coriolis mass, thermal gas mass and differential pressure meters. Read alongside our product specifications, they should get you to the right meter.
Or simply tell our sales engineers what you need to measure, and we will put a flow measurement solution together for you.
Browse by technology: Electromagnetic · Ultrasonic · Vortex · Turbine · Coriolis mass · Thermal gas mass · Differential pressure · Positive displacement · Radar / open channel · Solid powder
In numerous industries, including chemicals, pharmaceuticals, environmental protection and food processing, fluid media are often highly corrosive, placing stringent demands
A Variable area flow meter is primarily used to measure the flow of gases and liquids. They measure volumetric flow.
Accurate detection of sewage flow plays a critical role in industrial production processes. Through precise monitoring of sewage flow, relevant
In the field of pipeline network flow monitoring, traditional insertion-type and in-line flow meters require pipe-cutting work, which can easily
In steam production lines across the power, chemical and food industries, the monitoring of flow in condensate systems has long
Diesel flow meters can accurately monitor fuel consumption in fuel systems and fuel quantities in trade settlements. Diesel fuel flow
Slurries are typical solid–liquid two-phase fluids widely used in process industries such as lithium-ion battery manufacturing, papermaking and metallurgy. The
Water is the most common medium used in industrial and civilian applications. Such as tap water, sea water, industrial wastewater,
Natural gas transmission, distribution and trade settlement impose stringent requirements on measurement accuracy; traditional volumetric measurement is susceptible to interference
Ultrasonic heat meters use sound waves sent through the water to determine the speed of the water . Temperature sensors